Automated Equipment Archives - Material Handling Wholesaler

Wauseon Machine launched field services business unit to maximize uptime and lifecycle value

Wed, 30 Jul 2025 13:55:30 +0000

Providing comprehensive, customer-centered support through high-quality service solutions Wauseon Machine has announced a significant strategic shift with the creation of a dedicated Field Services Business Unit. This initiative delivers more focused, comprehensive support to customers and underscores Wauseon Machine’s commitment to end-to-end lifecycle management for automation and robotics systems. The newly formed Field Services Business Unit is solely focused on providing comprehensive support throughout the automation and robotics lifecycle. Customers will benefit from a robust suite of services, including preventive maintenance, modernization and optimization programs, spare parts support, and rapid-response resources. These offerings are designed to minimize downtime and maximize reliability, reinforcing Wauseon Machine’s role as a trusted partner in operational success. The Field Services Business Unit represents a forward-thinking initiative that enables Wauseon Machine to provide excellence in every customer interaction. The company’s expert team brings the technical skill and responsiveness needed to help customers maintain peak performance and confidently meet future challenges. As technology and production demands continue to evolve, Wauseon Machine remains a proactive partner, committed to helping clients adapt, grow, and sustain operational excellence through its trusted service model.

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SUN Automation Group® Announces Second U.S. Purchase of Kolbus

Mon, 28 Jul 2025 16:15:05 +0000

BX Motion by Corrugated Partners LLC SUN Automation Group® has announced the second U.S. and third overall North American purchase of the Kolbus BX Motion by Corrugated Partners LLC in Arlington, Texas. This milestone marks another significant step forward in the strategic partnership between SUN Automation and Kolbus, as the BX Motion continues to gain traction across the North American market for its efficiency, versatility, and cutting-edge design. The BX Motion is engineered to meet the evolving needs of box plants focused on short-run production. It boasts a modular and multifunctional design that enables customizable tool configurations and rapid changeovers. Supporting single-, double-, and triple-wall corrugated board from E-flute to AAC-flute, the BX Motion delivers setup times under 60 seconds and the capability to produce more than 50 FEFCO box styles. Integrated features such as digital printing, automatic loading and stacking, and inline glue strip application make it a complete, all-in-one solution for high-quality box production. “We’re excited to be one of the first in North America to invest in the BX Motion,” said AJ Slaven, President of Corrugated Partners LLC. “This technology aligns perfectly with our mission to meet evolving customer demands with speed, flexibility, and precision. The fact that it can go from concept to box in minutes while offering extensive style and board options gives us a major edge in today’s competitive market.” The acquisition reflects Corrugated Partners’ commitment to operational excellence and innovation, with strong support from SUN Automation and Kolbus. “SUN is proud to support Corrugated Partners LLC with this installation and the growing demand for short-run, high-performance solutions,” said Ryan Clark, Capital Equipment Sales Manager at SUN Automation Group. “The BX Motion delivers flexibility and capability that box makers need, and we’re thrilled to see it continuing to gain traction across North America.” This latest installation also underscores the success of the recent partnership between SUN and Kolbus, which has significantly expanded SUN’s product offerings. “Our partnership with Kolbus strengthens SUN’s mission to provide the most comprehensive and innovative solutions in the corrugated space,” said Greg Jones, Executive Vice President at SUN Automation Group. “With our deep knowledge of the industry and unmatched service and support network, we’re confident that our customers will benefit greatly from this world-class technology.” As the exclusive representative of Kolbus equipment in the U.S. and Canada, SUN Automation Group provides full sales, service, and parts support for the BX Motion and other Kolbus solutions. This ensures North American customers receive the local expertise and responsiveness they need to maximize uptime and productivity.

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E Tech Group names visionary sales leader Sean Smiley as First Chief Revenue Officer

Thu, 24 Jul 2025 13:00:33 +0000

As CRO, Smiley’s leadership will strengthen E Tech Group’s sales strategy and support continued expansion across key markets. E Tech Group has announced the appointment of Sean Smiley as Chief Revenue Officer, effective immediately. Smiley will be a key member of the executive team, informing the company’s overall strategy on territory and market expansion, international growth, and product development to serve E Tech Group’s clients globally. Smiley joins E Tech Group with over 20 years of experience in sales leadership, operational execution, and high-growth strategy within the industrial automation sector. Most recently, he served as Vice President of Worldwide Sales and Services at Stratus Technologies, where he led a global team of 190 sales professionals across 22 locations. Prior to that, he was Chief Revenue Officer and Chief Operating Officer at Eagle Automation. Earlier in his career, he played a key leadership role at Cimation, helping position the company for its successful acquisition by Accenture. Smiley has also held senior roles at Rockwell Automation, Yokogawa, and Emerson. In his new role, Smiley will lead the sales organization, shape and execute E Tech Group’s go-to-market strategy, lead client acquisition efforts, and ensure close coordination between sales, marketing, and revenue operations. He prioritizes value-driven client engagement, clear communication, and accountability to help foster a sales culture that supports long-term growth and client success. “Sean brings a powerful combination of technical expertise, operational leadership, targeted go-to-market insight, and a strong track record of driving revenue growth to E Tech Group,” said Matt Wise, CEO of E Tech Group. “In addition to his relevant industry experience and successful history, Sean has a visionary mindset and a commitment to building cohesive, high-trust sales teams. E Tech Group has seen tremendous growth over the past few years, driving a new model as a “Main Automation Partner” for its clients and we have every confidence that Sean will accelerate that and aid us in taking that model global.” “I’m excited to join E Tech Group at a time of bold strategic growth,” said Sean Smiley. “E Tech Group is redefining the System Integrator and delivering significant value to clients as their Main Automation Partner. The business development organization plays a key role, partnering with clients and working together towards digital transformation and meaningful value. There’s tremendous opportunity to scale our impact and truly disrupt and evolve the world of industrial automation.”

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Future in Motion: Ati Motors product day 2025 marks a new era in industrial automation

Tue, 22 Jul 2025 15:04:36 +0000

Ati Motors debuts next-gen autonomous solutions, redefining performance, intelligence, and scalability for modern industrial environments. Ati Motors hosted its landmark Product Day 2025, unveiling groundbreaking advancements that reinforce its commitment to redefining manufacturing and logistics worldwide. During the event, Ati Motors revealed the SHERPA 10K and SHERPA MECHA, designed to transform industrial automation. During the event, Ati Motors announced a major achievement as its flagship SHERPA family of AMRs being on track to execute 1 million autonomous missions annually across demanding industrial environments. These robots continue to deliver exceptional accuracy for leading manufacturers in India, Southeast Asia, Mexico, and the US. This accomplishment validates Ati’s relentless focus on robust engineering and advanced AI. Saurabh Chandra, Founder and CEO, reflected that “Today’s Ati Motors is the realization of a dream begun eight years ago, to create a truly multi-disciplinary products company that pushes the boundaries of engineering, artificial intelligence, and industrial design. Every robot deployed and mission accomplished brings our vision closer to reality.” CTO Naveen Arulselvan laid out the company’s evolving ambition: orchestrating and tracking entire AMR fleets through complex workflows, empowered by the cutting-edge AtiVerse platform. “Our journey started with autonomous material movement, but our horizons have grown rapidly,” he adds. “Today, we go beyond movement. We track material, handle it and even transform it, through our AI platform: Ati Verse.” During the event, Ati Motors revealed the SHERPA 10K, a high-capacity autonomous tugger purpose-built for the world’s most demanding industrial settings. Key features include a towing capacity up to 10,000lb (4.6 ton), advanced 3D LiDAR and camera fusion for precise navigation, and in-place turning to deliver maneuverability in tight spaces. SHERPA 10K is designed to maximize productivity and reliability, even in environments where conventional AMRs falter. This innovation redefines heavy duty autonomy. Ati also introduced SHERPA MECHA as a leap towards the future of humanoid robotics. SHERPA MECHA is a robot that blends advanced actuation, sensor fusion, and modular intelligence. This humanoid-style robot exemplifies Ati’s vision for the next frontier in autonomous systems. Ati presented a unique vision for humanoids developed for industrial work, aiming for high performance as against full bio-mimicry. The company now invites universities and innovation centers to join research initiatives focused on developing applications on top of SHERPA MECHA. Product Day 2025 reaffirms Ati Motors’ position at the forefront of industrial automation. With an unwavering mission to make intelligent, accessible robotics a global standard, Ati remains dedicated to advancing productivity and innovation for industries worldwide.

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Seegrid supports VDA5050 to enable interoperability for modern Industrial Automation Environments

Tue, 22 Jul 2025 14:23:32 +0000

Seegrid Corporation confirmed that it is actively progressing its VDA5050 support—marking a major step forward in interoperability and system integration for industrial automation. With foundational capabilities already rolling out in 2025, the company is on track for full VDA5050 compliance in 2026. VDA5050 is an open interface standard developed by Germany’s VDA (Automotive Industry Association) and VDMA (Mechanical Engineering Industry Association) to promote seamless communication between AMRs and fleet management systems, regardless of manufacturer. As automation expands across inter-facility operations, this interoperability standard is becoming a vital component to the success of mixed-fleet deployments—accelerating integration timelines and reducing long-term operational costs. “Supporting VDA5050 is part of Seegrid’s broader commitment to building flexible, scalable autonomous solutions that evolve with our customers’ needs,” said Tom Panzarella, Chief Technology Officer at Seegrid. “Interoperability is an essential contributor to successful autonomy, and we’re excited to help lead this important industry shift.” Seegrid released a robust MQTT API that enables its AMRs to connect with today’s industrial automation and orchestration systems. This foundational release includes three primary components of the latest VDA5050 standard: Factsheet — Provides other systems with detailed information about the robot’s physical characteristics of the latest VDA5050 features Actions — Supports core remote controls, such as “Pause” and “Resume.” State — Communicates real-time robot status for enhanced visibility and coordination “Our customers are building more advanced and interconnected operations, and VDA5050 gives them the flexibility to do so without being locked into proprietary systems,” said Panzarella. “We have established the technical foundation for broader VDA5050 compatibility while delivering immediate integration value.” The standardization benefits of VDA5050 allow Seegrid’s customers to: Connect Seegrid AMRs with other VDA5050-compliant solutions Reduce custom integration overhead and complexity Unify fleet orchestration across diverse equipment providers Future-proof automation infrastructure with an open, scalable architecture Seegrid is already collaborating with select customers to deploy and validate VDA5050 features in live environments. “VDA5050 is a smart investment in the future of autonomous material handling,” said Chief Sales Officer David Griffin. “We’re proud to support our customers with the tools and standards they need to drive more open ecosystems where Seegrid AMRs can work side by side with other technologies—empowering them with more choice and control.” As an industry leader, Seegrid reinforces its commitment to deliver autonomy that works—and works well with others.

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Applied Manufacturing Technologies advanced ignition capabilities with Gold Certification

Thu, 17 Jul 2025 13:04:53 +0000

AMT is pleased to announce that it continues to expand its Ignition capabilities with achievements in Ignition Gold Certification. This focus on the Ignition platform reflects AMT’s commitment to delivering modern, data-driven solutions for today’s manufacturers. Applied Manufacturing Technologies (AMT) has announced one of their engineers has attained an Ignition Gold Certification. In addition, AMT is actively training three engineers to become Ignition Gold Certified as well. “This initiative reflects our commitment to deepening our technical expertise so we can continue delivering innovative, data-driven solutions to meet the evolving demands of our customers,” said Craig Salvalaggio, President at AMT. “It’s a meaningful step in expanding our Ignition expertise across the team.” Ignition, developed by Inductive Automation, is an industrial server software platform designed to connect SQL databases with plant floor equipment. With a wide range of compatible brands and models, Ignition functions as a central hub for integrating production systems and IT. The platform collects data, facilitates the design of industrial applications, and supports the deployment of web clients to users globally. To become Ignition Gold Certified, engineers must enroll in Inductive University and complete comprehensive training, pass certification exams, and demonstrate proficiency with real-world projects. “The engineers we are training on Ignition are not just savvy with this one platform, they are fully trained automation engineers, competent in programming PLCs and industrial robots, who have now also developed skills to support Ignition projects,” said Dinesh Vasabakthula, Controls Software Lead Engineer at AMT. “This allows our engineers to bring considerable value to a project. In addition, we have a subset of the team who are capable of engineering and consulting on the ‘back-end’ work involved in Ignition deployment.” AMT recently supported a leading life sciences company by deploying the Ignition platform to automate and monitor critical steps in their process. Using Ignition’s capabilities for visualization, real-time data acquisition, and system connectivity, AMT enabled the facility to track and control cycle parameters and product movement from entry to exit, ensuring transparency and traceability throughout the operation. The Ignition system integrates with the customer’s MES and provides dashboards, alerts, and audit logs to support both operational efficiency and regulatory compliance. As a result, the client achieved improved overall product quality and ensured complete batch safety, demonstrating the value of Ignition in complex, compliance-driven environments.

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Prima Power enhanced automation capabilities with acquisition of Sistec AM

Thu, 17 Jul 2025 12:49:02 +0000

Strengthening market leadership in sheet metalworking through advanced robotics and flexible manufacturing systems integration Prima Power recently acquired long-time robotics partner Sistec AM, leveling up the company’s know-how in technology integration to further reinforce a unique customer-focused offer. Sheet metal manufacturers can now realize their potential through full optimization of robotic cells and the widest range of modular solutions for automated systems, all in one partner. Prima Power, the master of technology integration in the sheet metal industry, takes a new step forward towards full automation — the latest move in the “Evolve by integration” strategy. The acquisition of robotics specialist and established partner Sistec AM, with its highly specialized expertise, bolsters the integration of all of Prima Power’s solutions to a superior level of optimization, both in terms of flexibility and performance. Prima Power’s evolution keeps the focus on the specific needs of each business. The presence of a new internal Robotics Integration Unit unlocks the countless combination opportunities of the most comprehensive range of sheet metal technologies, from advanced robotic cells to Flexible Manufacturing Systems, streamlining the whole production flow. Benefits may result in greater productivity, more flexible and compact layouts, smarter handling and logistics, or a wiser use of workers’ time. In a production world that has long been struggling with a labor shortage, robotic technologies are rapidly turning into commodities: the future is not in robotics per se, but in the quality and extent of robotics integration. In this scenario, Prima Power is set to make the life of manufacturers easier. No matter their challenges, OEMs and job shops of any size can all find the know-how and ideal technologies for their needs in one comprehensive single partner. Thanks to its complete range of sheet metal working machines and specialized Robotics Integration Unit, Prima Power holds a rare position: the fully in-house ability to always conceive and deliver the solutions that better answer customer needs. The acquisition reinforces the strong process-oriented approach of Prima Power. The new Robotics Integration Unit, born from the expertise of Sistec AM, combines with the wide portfolio of technology and software suite to exalt Prima Power’s role in industrial automation engineering. Prima Power is the “Process Solver”: the one partner to organize all production stages, from coil to assembly, and increase overall productivity. A boost for all automation solutions, robotics integration competencies are particularly pivotal to Flexible Manufacturing Systems, where scalable sets of modular elements offer businesses an array of decisive growth opportunities. Prima Power’s Robotic Bending Cells are designed to transform sheet metal fabrication by integrating advanced robotics with servo-electric press brakes and panel benders. This combination ensures high repeatability and a fast return on investment, making it profitable for both small and large batches. The flexibility of the standalone bending cells allows them to handle a wide range of materials and thicknesses and adapt to a wide range of applications. Their modular design allows for easy customization and scalability, ensuring they meet the specific needs of diverse manufacturers and job shops, regardless of their scale. With fully automated operation, high precision and optimized layouts, Prima Power’s robotic solutions increase efficiency, reduce errors and simplify factory integration. Prima Power’s Robotics Integration Solutions are designed to deliver greater efficiency, flexibility and productivity in sheet metal manufacturing. By seamlessly combining anthropomorphic industrial robots with a wide range of technologies into robotic cells or complete flexible manufacturing systems, Prima Power solutions optimize every stage of production, from material handling to assembly, while ensuring a compact, scalable and high performance system design. Prima Power’s in-house Robotics Integration Unit specializes in creating process-oriented solutions that simplify and optimize production flow. These solutions enable manufacturers to streamline production flow, reduce cycle times and improve overall output. End-user benefits include fully integrated material handling automation, flexible and modular configurations, smarter workforce utilisation, optimised layouts and improved efficiency. Prima Power’s Robotics Integration Solutions offer extreme versatility, handling a wide range of materials and thicknesses. With their modular framework, these solutions are easily customizable and scalable, ensuring they adapt to the evolving needs of businesses across various sectors and sizes, unlocking their full productive potential.

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SUN Automation Group introduced PERFORM+

Thu, 17 Jul 2025 12:37:45 +0000

A Quarterly Preventive Maintenance Program for Corrugated Packaging Manufacturers SUN Automation Group® has announced the launch of PERFORM+, a new Quarterly Preventative Maintenance (QPM) program designed to help box plants optimize machine performance, reduce costly downtime, and extend equipment life, maximizing return on investment. The program includes quarterly on-site visits by SUN’s expert technicians, each featuring a comprehensive inspection, targeted repairs, proactive replacement of high-wear parts, and hands-on operator training. The goal: keep machines consistently operating at peak performance and Original Equipment Manufacturer (OEM) standards. “Unexpected downtime remains one of the most significant challenges facing corrugated plants today,” said Gokul Gopakumar, Vice President of Technology and Business Development at SUN Automation Group. “With PERFORM+, customers gain a structured maintenance solution that keeps machines running optimally, efficiently, and reliably – while avoiding the high cost of reactive maintenance.” Operator training is integrated into each service visit, giving plant teams the tools and knowledge to operate and maintain equipment with greater confidence and control. The program’s flexible scheduling ensures maintenance can be aligned with production cycles to minimize disruption. As labor shortages, aging assets, and margin pressures challenge the industry, proactive maintenance is no longer optional—it’s essential. PERFORM+ delivers the predictability today’s box plants need to safeguard uptime and sustain performance across their operations.

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BitFlow and Advantech Facilitate next generation of autonomous mobile robots

Wed, 16 Jul 2025 16:16:43 +0000

Autonomous Mobile Robots (AMRs), which can navigate and perform tasks without human intervention, are rapidly incorporating GPU-powered Vision AI systems. In dynamic warehouse settings, Vision AI helps AMRs adapt and learn diverse tasks such as route optimization, load management, inventory level monitoring, and predictive maintenance. By making warehouse operations more streamlined and reliable, Vision AI-guided AMRs are contributing to improved operational efficiency and safety while reducing labor costs. Analyzing visual data in real-time takes powerful computing and equally powerful connectivity. That’s where BitFlow and its parent company, Advantech come in. BitFlow has announced that its Cyton™ and Claxon™ CoaXPress (CXP) frame grabbers are now fully compatible with Advantech’s Edge AI inference systems built on the NVIDIA Jetson AGX Orin platform. The BitFlow Linux AArch64 (64-bit ARM) SDK enables seamless integration of its frame grabbers with the NVIDIA Jetson AGX Orin Developer Kit. Together, the BitFlow and Advantech hardware form a foundation for faster, more accurate Vision AI solutions in ARMs. BitFlow CXP frame grabbers transfer camera data at rates up to 12.5GB/second over a single 75-ohm coaxial cable, or up to a staggering 50GB/second when four cables are aggregated using a quad link model. Besides data, control commands and triggers can be sent simultaneously to the camera with trigger accuracy of +/- 2 nanoseconds, along with supplying 13W Power over CXP (PoCXP) with SafePower™. Isolating power with PoCXP means cameras connected to a BitFlow frame grabber are not subjected to electrical interference from neighboring motors that drive the AMR. In addition, CXP cables can generally run up to 40 meters (131 feet), which helps system designers install cameras on the ARM in the best possible way and gets around the distance drawbacks of other protocols. With the iModule expansion PCIe slot, the Advantech AIR-030 and MIC-733-AO AI Inference System Boxes provide plug-and-play connectivity with BitFlow’s x8 PCI Express Gen 3.0 frame grabbers.As a result of this connectivity, Time to Market and associated development costs for AMR manufacturers can be significantly reduced. Like BitFlow Cyton and Claxon frame grabbers, the Advantech AI boxes have compact footprints for the space-restricted, dense interiors of AMRs. Advantech AI boxes are also ruggedly engineered to withstand wide operating temperatures, high humidity, and the heavy vibrations from constant motion in AMR operations.

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Software as central element in mixed case palletizing for grocery retail

Wed, 16 Jul 2025 14:54:56 +0000

Grocery retail is characterized by high dynamics, increasing complexity of product ranges, and growing customer expectations with regard to delivery speed and availability. High-performance solutions are crucial for efficiently processing large-volume material flows, particularly in the context of full case handling. An intelligent software platform plays a central role, particularly in palletizing. With over 25 years of specialization in the grocery industry, TGW Logistics is among the leading providers in Europe. As a market leader in the area of systems suited for freezer applications, the intralogistics specialist offers a comprehensive full case product range. “We are in constant contact with our customers. Intensive communication and the ideas that arise from it help us to stay on the cutting edge,” explains Michael Schedlbauer, Vice President of Business Development, Grocery at TGW Logistics. The full case solutions cover all temperature zones—from dry goods to fresh and frozen foods (-22°F)—and enable automated handling of pallets, roll cages and thermocontainers. TGW Logistics builds on technologies developed in-house in all core areas: High-performance palletizer: over 700 packing units per hour, modular design, high redundancy, and optimal accessibility for maintenance. Depalletizing systems with various levels of automation to accommodate different types of packaging Highly dynamic shuttle warehouses with trays that can hold multiple SKUs and thus simultaneously allow a higher storage density and flexible picking. Exact sequencing directly from the warehouse or via the conveyor system to facilitate the targeted supply of goods for palletizing and further processes. Modular software platform WERX for efficient implementation, individually adapted to customer requirements “We build our solutions on a broad foundation of experience in the areas of integration, software, warehouse and conveying technology, and robotics. This makes us a reliable partner that our customers can count on. TGW Logistics takes care of the efficient operation and maintenance of the system during its entire service life,” emphasizes Peter Ehrenhuber, Director of Grocery Retail at TGW Logistics. Intelligent software platform WERX The software platform WERX is a central element of every TGW installation. With its team of over 700 specialists, TGW Logistics develops modular software solutions for the control, optimization, and visualization of all material flows. Special focus is placed on palletizing software, which guarantees maximum packing density and optimal packaging stability with the help of intelligent algorithms. Software and technology are constantly tested, calibrated, and developed further with the help of demo and test systems. Artificial intelligence boosts efficiency and reduces manual intervention In the area of depalletizing, TGW Logistics relies on camera-based, self-learning system behavior: with the help of AI algorithms, the system recognizes patterns and analyzes error patterns directly in the visualization. This fuels a continuous learning process that reduces the amount of intervention required from operators by up to 30 percent, which in turn directly affects the system’s overall performance. An intelligent multi-layer approach also comes into play during the creation of the packing plan prior to palletizing. This allows multiple requirements to be considered simultaneously and to be activated or deactivated as needed. The system recognizes any need for optimization based on current capacity utilization. This feature has already proven itself in practice for one of the leading food service providers in the U.S. When it comes to supplying end customers, the duration of stops to unload customer deliveries can be drastically reduced. This increases efficiency along the entire supply chain and strengthens competitiveness. Security as integral feature – NIS2, KRITIS & IT security In the face of rising regulatory requirements, e.g. as a result of the NIS2 Directive, as well as the significance of intralogistics as part of critical infrastructure (KRITIS), TGW Logistics is setting high standards in terms of security, availability and data protection—both for customers and for its own system landscape. “We are making long-term investments in IT security and process reliability,” stresses Hans-Peter Dirisamer, Director of Group IT at TGW Logistics. “Our aspiration is to establish sophisticated security structures that will play a preventive role and enable swift reaction in case of emergency. TGW Logistics takes a comprehensive approach that encompasses not only technical but also organizational measures. This includes redundant system architecture, coordinated access regulations, data encryption, and continuous monitoring, as well as emergency plans and recovery scenarios whose effectiveness are tested regularly.” Expansion to split case picking: one system, two worlds With the growth of online business, the requirements associated with picking single items for end customer orders (split case picking) are also on the rise. TGW Logistics has developed solutions just for this situation and has already implemented them at multiple customer sites designed especially for ecommerce. They make it possible to handle over 20,000 units per hour and are suited for delivering to end customers directly or for supplying stores with small lot sizes. Moreover, TGW Logistics offers integrated systems that seamlessly combine full case and split case picking, allowing the same system to handle both fast-moving and slow-moving items. This is made possible by: Highly dynamic shuttle technology to supply both areas at once An external sequencer developed in-house that sorts items intelligently based on target and delivery criteria The patented PickCenter One, a 1:1 picking workstation with integrated target sequencer for optimized picking order This integration offers maximum flexibility in the face of changing business models, e.g. in the case of seasonal transitions, changes to the product range, or increasing affiliation with convenience stores. Brownfield competence: integration during live operation Not every operator is able or willing to turn to greener pastures. TGW Logistics has extensive brownfield experience to draw on and has already successfully integrated numerous systems into existing buildings and software landscapes—often during live operation. The modular design of the TGW warehouse systems makes it possible to insert single functional units into existing infrastructure in a compact and flexible manner, whether as a partial extension or comprehensive modernization. Tried and true methods, comprehensive project planning, and experienced realization teams make it possible to accomplish integration with minimal interference in existing processes, all without compromising performance or scalability.

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The first autonomous mobile pallet engineered for multifacility logistics automation

Fri, 11 Jul 2025 11:00:51 +0000

Revolutionary robot delivers end-to-end automation across supply chains Logic Robotics has announced the Logic Pallet, the world’s first multifacility mobile robot engineered to set a new standard for logistics and material handling across industries. Logic Pallet is designed to automate and unify the movement of goods between and within facilities, delivering true end-to-end automation and supporting a fully autonomous, data-driven, and sustainable global supply chain. Currently in production and made in America, the 48 X 40 Logic Pallet is purpose-built to handle boxed consumer goods and food, redefining industrial transport by replacing traditional pallets and forklifts entirely. With a robust payload capacity of 2,000 lb (907 kg), 160-hour battery life, and autonomous functionality from origin point to vehicle transloading, it empowers logistics operators with an unmatched level of automation, safety, and throughput. Unlike conventional shipping pallets, the Logic Pallet is a self-driving, self-loading, and self-unloading robotic platform. It functions as an in-facility shuttle for various standard-sized pallets, supporting automated movement to storage, pick, and retrieval positions, maximizing both warehouse density and operator productivity. Designed for versatility, the Logic Pallet supports high-density, aisleless storage in order to deliver up to 3x the storage capacity of traditional warehouse configurations. The Logic Pallet travels at a velocity of 2.2 mph (1 m/s), ensuring timely and consistent transport of goods across facilities. Orchestrated by LINK, Logic’s dynamic AI-integrated warehouse operating system, Logic Pallets optimize real-time storage and retrieval in any shaped space. With autonomous stacking, return for reuse, and advanced self-navigation capabilities, the Logic Pallet dramatically reduces operational downtime, labor dependency, and waste. It also features a patented weight-based inventory management system for on-demand cycle counting, along with automated item recognition via Item Master to provide real-time inventory insight, reducing manual labor, and eliminating costly errors. By fully automating functions like consolidation, deconsolidation, and cross-docking, the Logic Pallet streamlines inbound and outbound logistics, unlocking faster, safer, and more cost-efficient operations. Additionally, rapid goods-to-person shuttle functionality enables quicker picking and superior order fulfillment. With the ability to load or unload a full trailer in just five minutes, Logic boasts the fastest dock-to-stock times in the industry. As Logic’s flagship product and the foundation for its expanding robotic fleet, the Logic Pallet sets a new standard for scalable, full-spectrum logistics automation. It offers real-time inventory visibility, reduces manual errors, and operates with minimal human interaction, making it the ideal solution for future-ready warehouses and distribution centers.

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Navigating the Challenges of Industry 4.0 Implementation in Manufacturing

Thu, 10 Jul 2025 14:16:20 +0000

The manufacturing industry is undergoing a seismic shift with the adoption of Industry 4.0, an integrated approach that leverages automation, data exchange, and AI to create highly efficient and interconnected smart factories. While the benefits of Industry 4.0 are undeniable—enhanced efficiency, predictive maintenance, reduced downtime, and improved safety—the road to successful implementation is fraught with challenges. From a high-level perspective, Industry 4.0 is not simply about adopting new technologies; it is about orchestrating a holistic transformation. This transformation requires the seamless communication of machines, software, and humans across the manufacturing ecosystem. While AI-driven automation is a key enabler in achieving Industry 4.0 objectives, AI alone is not enough—companies must integrate it within a broader strategy that aligns with their existing operations, while also ensuring they remain cost-effective. Barriers to Industry 4.0 Adoption 1. Integration with Legacy Systems One of the primary hurdles in Industry 4.0 adoption is the integration of new technology with existing legacy systems. Many manufacturing plants, particularly those built decades ago, were designed with manual labor in mind. Their processes, infrastructure, and operational culture are often incompatible with cutting-edge automation solutions. For instance, factory layouts were not originally designed for autonomous mobile robots (AMRs) to move seamlessly between stations. Many factories designed decades ago, even as recently as the 1970s, were designed for manual labor and don’t easily accommodate automation. These older facilities often have imperfect floor conditions with undulations and wear, requiring adaptable automation solutions that can still operate effectively despite these challenges. Successfully retrofitting a facility for automated workflows, without disrupting ongoing operations, requires intentional planning, sourcing scalable solutions, and adopting flexible technology. 2. Data and Connectivity Challenges A cornerstone of Industry 4.0 is the ability of systems to communicate in real time. This necessitates robust data infrastructure, integration with enterprise resource planning (ERP) and manufacturing execution systems (MES), and connectivity that allows for predictive analytics and process optimization. Without seamless data flow, manufacturers face a cascade of problems: crippling inefficiencies, misaligned operations, and forecasts riddled with errors. Imagine a production line grinding to a halt because an AMR isn’t communicating with the ERP system, or a shipment is delayed due to inaccurate inventory data. These are the real-world consequences of failing to integrate automation effectively. Successful Industry 4.0 adoption is not just about individual pieces of technology—it is about ensuring seamless communication between all systems. 3. High Initial Costs and ROI Uncertainty While automation solutions promise long-term savings, the initial investment can be a significant deterrent. Many manufacturers hesitate to commit to Industry 4.0 due to concerns about ROI timelines and the financial feasibility of large-scale transformation. This is where innovative business models are proving essential in lowering the barrier to entry. One such approach gaining traction is the “Robot-as-a-Service” (RaaS) model. This offers a solution by allowing manufacturers to implement automation without heavy upfront investments. This subscription-based approach ensures that businesses can realize efficiencies without bearing the full cost of capital-intensive automation projects from day one. For example, instead of purchasing robots outright, a manufacturer might contract with an automation provider to move 100 carts from point A to point B in eight hours for a fixed monthly fee. Companies like Ati Motors, leveraging their deep understanding of robotics and automation in manufacturing environments, are at the forefront of offering RaaS solutions, enabling manufacturers to experience the benefits of automation with greater financial flexibility. A US customer saved approximately $1.5 million annually after investing $500K-$800K in an Ati Motors solution. 4. Workforce Adaptation and Cultural Resistance Beyond technical and financial barriers, the human element presents a significant challenge. Workers accustomed to manual tasks may resist automation due to concerns over job security and the uncertainty of adapting to new workflows. For example, a line worker who has performed a specific task for 20 years may be resistant to change. Implementing Industry 4.0 effectively requires a cultural shift within the organization. Studies, such as those conducted by McKinsey, suggest that for every dollar spent on automation, an equivalent investment should be made in training and upskilling employees. Successful manufacturers recognize that automation enhances efficiency and protects jobs by making manufacturing sustainable and competitive, rather than eliminating them. By supporting employees to transition into more strategic and less repetitive roles, companies can foster a positive environment for Industry 4.0 adoption. Incremental Implementation: The Key to Success Rather than overhauling operations overnight, many companies achieve better results by gradually integrating Industry 4.0 technologies. Brownfield projects—where automation is implemented within existing factories—require a phased approach to navigate unique challenges effectively. For instance, in forklift-heavy environments, companies often begin by automating specific tasks, such as material transport between fixed stations, while retaining traditional forklifts for loading and unloading. This approach directly addresses safety concerns associated with forklifts, which contribute to approximately 400 deaths per year in the US. By restricting forklift operations to loading/unloading areas and using AMRs for movement between points A and B, companies can significantly reduce risks and repurpose manpower. As automation demonstrates its reliability and efficiency, additional phases can be introduced, steadily advancing the factory toward full Industry 4.0 implementation. The Role of Flexible and Scalable Solutions Flexibility is essential for successfully implementing automation in manufacturing. Companies that rely on rigid, off-the-shelf automation solutions often struggle to adapt to the complexities of their unique production environments. Instead, manufacturers benefit most from automation systems with adaptable software and seamless integration capabilities, allowing them to work within existing ERP and MES systems without requiring costly infrastructure changes. Owning the core technology stack—including fleet management software, ROS, and mapping software—allows for greater flexibility in customizing solutions to fit specific manufacturing environments. This IP ownership provides several key advantages, enabling seamless integration into existing workflows, even in older facilities, and making Industry 4.0 adoption more viable. With complete control over its technology stack, businesses can remain agile and even swap sensors as advancements occur; Ati Motors, for instance, was the first to deploy a 3D LIDAR for navigation in AMRs. Scalability is another critical factor in automation

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Swisslog appoints new Americas region president and CEO

Wed, 09 Jul 2025 15:33:44 +0000

Swisslog has announced Mike Barker as the company’s new president and CEO of Swisslog Logistics, Inc. Mike will drive the company’s growth in the Americas and key industries, bring renewed focus to evolving and enhancing Swisslog’s SynQ software, enhance the company’s integrated solutions, and develop strategies for further AI integration into Swisslog’s portfolio of best-in-class robotics and software solutions. “Outgoing president and CEO Sean Wallingford significantly contributed to the company’s success in the Americas region, accomplishing record-setting growth and establishing new customer partnerships. As we move into this next chapter, we do so with a strong foundation in the Americas region that he helped build,” said Jens Schmale, CEO of Swisslog. “I am confident that Mike is the right person to further accelerate the company’s success in the Americas region. His leadership, insight and commitment to the customer is exactly what is needed to maintain the company’s forward progress. I’m excited to see where his leadership takes Swisslog.” Mike brings over 34 years of experience in warehouse automation, logistics and software, coming back to Swisslog after serving as Vice President of Consumer Goods at Swisslog in 2021. He brings a wealth of expertise and knowledge to his new role with Swisslog, including defining corporate strategies to support the evolution and enhancement of software offerings. He also has valuable experience working closely with sales, product management and engineering to align with corporate goals, as well as leading professional service teams in deploying large scale software solutions. “Swisslog provides innovative value to customers through the power of integration, the physical aspect of uniting multiple solutions on a single platform and the software aspect of providing a single point of control for managing the various subsystems that go into the solution. Our ability to deliver smart automation and collaborate closely with customers is unmatched,” said Mike, “I’m excited to rejoin the company and eager to build on these strengths to increase our market share and bring further innovation to our automation solutions and software to help our customers continue to meet the needs of their evolving supply chains.” Given Mike’s software experience, he sees a real opportunity to enhance Swisslog’s SynQ software to provide further benefits to customers. SynQ not only optimizes the flow of the equipment to increase efficiency and accuracy of the operation, it also orchestrates the operation of multiple systems. SynQ is equipping warehouse automation and IT systems with synchronized intelligence of people, processes and machines to boost the efficiency and productivity of warehouse processes and adapt to changing market requirements.

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Cardinal Kinetic’s InoDrive™ is an all-in-one motion control card for high-precision servo applications

Wed, 09 Jul 2025 13:30:38 +0000

Cardinal Kinetic’s InoDrive™ is a networked, integrated motion control card that delivers highly reliable, accurate, and precise control of brushless DC servo motors in a wide range of industrial environments. As the core hardware component of the company’s InoWorx™ Motion Control Platform, InoDrive™ simplifies servo system design while offering robust performance, flexibility, and ease of deployment. InoDrive™ combines the full capabilities of a servo amplifier, motion controller, and logic engine into a single compact unit. When paired with the InoWorx Programmer™, the company’s drag-and-drop, code-free interface, the result is a motion control platform that delivers reliable, accurate, and precise motion with minimal setup time. “The InoWorx™ platform, with InoDrive™ at its core, gives engineers and non-engineers alike everything they need to achieve high-performance results,” said Will Morgan, Director of Product Management at Cardinal Kinetic. “It removes the complexity that traditionally slows down deployment and makes precision motion more accessible than ever.” Key Features & Benefits of InoDrive™: Compact and Robust Design: Its sleek form factor conserves space, while its industrial-grade construction ensures durability in harsh environments. Integrated Capabilities: Combines servo amplification, motion control, and logic processing into a single device, streamlining your hardware requirements. High Compatibility: Supports a wide range of brushless DC servo motors up to 400 watts (1kW peak) and integrates seamlessly with various sensors and peripherals. Advanced Safety Features: Includes dual-channel STO, overcurrent protection, temperature monitoring, and fault diagnostics to safeguard your operations. Scalable, Synchronized Motion: InoSync™ technology enables multiple InoDrive™ modules to be synchronized via Ethernet for coordinated, multi-axis applications. Quick Deployment: Reduce setup times with an out-of-the-box solution that’s ready to integrate. It eliminates the need for standalone control panels, Programmable Logic Controllers (PLCs), and costly software licenses. Its plug-and-play design ensures quick installation and minimal downtime. InoDrive™ is ideally suited for OEMs and system integrators working in automation, robotics, packaging, mobile equipment, and R&D environments, particularly where space is limited, setup time is critical, and precision motion is crucial.

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ASCM’s CHAINge Conference redefines the Future of Supply Chain Leadership – Next Stop: Columbus, Ohio

Tue, 08 Jul 2025 16:22:41 +0000

The Association for Supply Chain Management (ASCM) has reimagined its premier global event, transforming the former CONNECT conference into CHAINge — a bold new experience designed to meet the evolving demands of today’s supply chain professionals. Following a highly successful debut in Brussels, Belgium, CHAINge has quickly become the go-to forum for industry leaders, innovators, and rising professionals to tackle today’s most pressing supply chain challenges — together. “CHAINge is not a sit-and-listen event. It is where ideas are debated, solutions are built and real-world impact begins,” said ASCM CEO Abe Eshkenazi, CSCP, CPA, CAE. “Attendees roll up their sleeves, engage directly with peers and experts and leave with actionable strategies in which they can go back to their companies and implement right away.” From C-suite executives at Fortune 500s to next-generation talent entering the workforce, CHAINge welcomes ASCM members and non-members alike. It’s a uniquely collaborative environment where innovation is sparked by diverse perspectives and grounded in real-time execution. Building on the energy from Brussels, CHAINge North America will take place September 9–10, 2025, in Columbus, Ohio. This next chapter promises an even deeper exploration of urgent issues — sustainability, AI integration, process engineering, navigating geopolitical tensions, nearshoring and balancing technology and talent — with cross-industry dialogue that’s both strategic and pragmatic. Attendees can expect an all-star lineup including: Henrik von Scheel, originator of Industry 4.0 Craig Jones, Chief Supply Chain Officer, On Tanya Dysli, Chief Supply Chain Officer, IKEA Barbara Melvin, COO, South Carolina Ports Authority Lewei Yao, EVP, COSCO Shipping and more. “CHAINge represents the strength of interconnected thinking and the agility required in this new era of global commerce,” said Bart De Muynck, CHAINge conference chair. “It’s a space where powerful ideas are not only shared but stress-tested and sharpened in real time.” With unmatched access to top-tier thought leaders, immersive sessions and networking opportunities that spark long-term partnerships, CHAINge is where the future of supply chain is being built.

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Bobcat Company highlights machine security during National Vehicle Theft Prevention Month

Mon, 07 Jul 2025 14:55:05 +0000

Machine IQ telematics and other emerging technologies’ robust security features offer smarter, safer equipment protection Bobcat Company is spotlighting National Vehicle Theft Prevention Month by raising awareness of the growing issue of equipment theft in the U.S. The U.S. Department of Transportation’s National Highway Traffic Safety Administration (NHTSA) observes National Vehicle Theft Prevention Month in July to call attention to vehicle theft and urges owners and operators to take preventive steps to keep their vehicles and equipment safe. In April, the American Rental Association reported that equipment theft is an astonishing $100 million-a-year crisis for the equipment rental industry alone. In 2024, Neuroject reported that heavy equipment theft costs the North American construction industry between $300 million and $1 billion annually, representing one of the most significant financial burdens for construction companies. “The frequency of equipment theft has created new challenges on the job site,” said Garrett Maurer, director of digital product management at Bobcat. “The good news is that operators and construction business owners can do something about it. With Bobcat Machine IQ and similar telematics software, operators can track their machines’ current location and history, enact geofencing with custom parameters and establish machine curfews. These are great ways to reduce instances of equipment theft and be in the know about your machines anytime, anywhere.” With the Remote Engine Disable/Enable feature in Machine IQ, operators can also respond to suspected unauthorized use by remotely disabling and re-enabling the engine through the Bobcat Owner Portal or Machine IQ mobile app—enhancing control and security anytime, anywhere. While there are a variety of factors that can impact the likelihood of equipment theft – such as worksite location or lack of adequate surveillance – enhancing security measures and improving asset tracking may help deter potential thieves. Here are some important steps to take if you suspect theft of your owned or rented equipment using Machine IQ: Verify location first: Log into the Bobcat Owner Portal to confirm your machine’s location with GPS tracking. Disable engine: If unauthorized use is in progress, use Remote Engine Disable/Enable to prevent further operation and potential damage to your equipment. Contact law enforcement: File a report with local authorities and provide applicable equipment details and GPS information. Contact your dealer: Notify your local dealership partner about the theft and police report. Request their assistance with documentation if needed. Notify your insurance company: Follow standard protocols with theft claims and provide proof from your dealership if needed. Emerging technologies are supporting construction business owners and operators in their effort to improve machine security, reduce risks and protect valuable assets. National Vehicle Theft Prevention Month is a great opportunity to keep these insights top of mind.

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Episode 604: A SIMPL solution for automating warehouses

Wed, 02 Jul 2025 15:49:47 +0000

In this episode of The New Warehouse Podcast, Kevin chats with Nicholas Gordon, Co-founder and COO of SIMPL Automation, a company redefining ASRS (Automated Storage and Retrieval Systems) deployment. Instead of tearing out infrastructure to make way for automation, SIMPL delivers an adaptive solution that installs directly onto existing racking, cutting down on cost, disruption, and environmental waste. With 15 years of integration experience under his belt, Nicholas brings a holistic view of the market and shares how SIMPL’s solution emerged from observing one consistent pain point: warehouse automation upgrades are too invasive, and too much steel ends up in the dumpster. The ASRS Market Is Evolving—Not Revolting Automation vendors are flooding the market, but Nicholas believes what we’re seeing isn’t a revolution—it’s refinement. “Right now I feel as if we’re in kind of this evolutionary state where small changes are being made… making slightly better offerings on a day-to-day basis,” he explains. This movement isn’t necessarily a bad thing. For warehouse leaders whose careers can rise or fall based on a $10–50 million automation investment, incremental improvements offer a safer path forward. But the sheer volume of options at shows like ProMat 2025, with sometimes 40 or 50 ASRS vendors, can create more confusion than clarity. According to Nicholas, “Nobody’s done a great job of addressing the long tail of brownfield facilities.” That’s where SIMPL enters the conversation, carving out space by going after the majority of warehouses that aren’t built from scratch. “If you look across North America right now… the large majority of facilities are 15, 20, 30 years old.” Instead of pushing those operations toward disruptive overhauls, SIMPL makes automating warehouses accessible by working with what already exists. Automating Warehouses with Existing Infrastructure SIMPL’s core technology installs on existing racking—regardless of whether it’s structural, roll form, pallet, or case. “We’re able to go on what you have… and our intent is to try and bring in that density and labor play… on that existing racking,” Nicholas explains. This approach not only lowers upfront investment but also avoids the soft costs overlooked in greenfield projects. “Most customers are pretty good at handling the direct costs… where I think some folks struggle is the more soft costs associated with jobs that are highly disruptive,” he notes. Those disruptions could include rerouting fulfillment to another node, flexing labor across sites, or leasing extra space. All of which have operational consequences. For some customers, SIMPL repositions racking to increase density, but it never requires a complete teardown. “We’re not going to pay for the cost of new rack, we’re just going to pay for the installation cost,” Nicholas adds. Whether a customer chooses to relocate racks or leave them untouched, SIMPL’s goal is to eliminate the high-friction decisions that typically accompany retrofits. “We’re attaching ourselves right to the face of the rack. We’re not making any modifications to it.” Simpler Bots, Smarter Operations A standout aspect of SIMPL’s adaptive system is its use of two specialized robots: one for vertical movement along the rack and one for ground transport. Nicholas is clear about the rationale: “I like my robots to essentially be specialists.” He argues that generalist robots often lead to higher costs and complexity. “That drives reliability, availability… drives down spare parts, costs, drives down preventive maintenance costs,” he explains. Their system minimizes moving parts by simplifying robot responsibilities, making long-term ownership less expensive and easier to manage. The current setup handles totes and some limited case sizes, but Nicholas hinted at what’s next: “We’ve got some stuff on the horizon… that will allow us to take on a much deeper variation in case sizes.” While he kept specifics under wraps, it’s clear SIMPL is preparing to move beyond containerized storage and into more flexible case-handling applications. And in terms of industry buzz, he’s still cautious about humanoids. “I think we’re pretty far away from a dark warehouse… It’s pretty expensive to be an early adopter of a revolutionary technology.” For now, SIMPL’s focus remains squarely on practical, immediate impact, not hype. Key Takeaways on Automating Warehouses SIMPL installs directly onto existing racking, whether structural, roll form, pallet, or case, and requires no infrastructure teardown. Leverages two specialized robots for greater simplicity, lower costs, and higher system availability Minimizes soft costs and supply chain disruptions that often go uncalculated in retrofit projects Works across greenfield and brownfield sites, enabling scalable, network-wide deployment Designed for warehouse operators prioritizing density and labor efficiency without upending operations The New Warehouse Podcast Episode 604: A SIMPL Solution for Automating Warehouses

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Introducing Kardex SnapVac – A Smarter Way to Clean the AutoStore Grid

Tue, 01 Jul 2025 15:00:03 +0000

Kardex has announced the launch of Kardex SnapVac (KSV), the first semi-automated cleaning robot designed specifically for AutoStore™ Red Line systems. SnapVac is engineered to eliminate dust and debris buildup from the top of the AutoStore grid without interrupting operations – helping operators reduce downtime, extend robot lifespan, and ensure clean, safe, and high-performing systems. “With Kardex SnapVac, we’re delivering a smarter, safer, and more efficient way to maintain grid hygiene,” said Mitch Hayes, President of Kardex Solutions – North America. “It’s a simple upgrade that delivers big results in uptime, compliance, and peace of mind.” Designed for seamless integration, Kardex SnapVac is compatible with AutoStore R5, R5+, and R5 Pro robots. It features a low-profile bristle tube that captures up to 80% of dust and debris while navigating the grid. Operators benefit from up to four hours of runtime, with real-time visibility through AutoStore’s ServiceConsole. Key Benefits of Kardex SnapVac: No Downtime Required: Cleans while the AutoStore system continues operating. Automated & Hands-Off: Reduces manual labor and eliminates the need for human grid access. Predictive Maintenance-Ready: Cleaning data is tracked and visualized to support proactive system upkeep. Plug-and-Play Deployment: No reconfiguration or retraining needed. Limited-Edition Launch Kardex is offering a limited number of SnapVac units with a 2-year extended warranty and spare parts kit — exclusively to customers who pre-order before August 1st.

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Prima Power enhances automation capabilities with acquisition of Sistec AM

Tue, 01 Jul 2025 14:14:43 +0000

Strengthening market leadership in sheet metalworking through advanced robotics and flexible manufacturing systems integration Prima Power recently acquired long-time robotics partner Sistec AM, leveling up the company’s know-how in technology integration to further reinforce a unique customer-focused offer. Sheet metal manufacturers can now realize their potential through full optimization of robotic cells and the widest range of modular solutions for automated systems, all in one partner. Prima Power takes a new step forward towards full automation — the latest move in the “Evolve by integration” strategy. The acquisition of robotics specialist and established partner Sistec AM, with its highly specialized expertise, bolsters the integration of all of Prima Power’s solutions to a superior level of optimization, both in terms of flexibility and performance. Prima Power’s evolution keeps the focus on the specific needs of each business. The presence of a new internal Robotics Integration Unit unlocks the countless combination opportunities of the most comprehensive range of sheet metal technologies, from advanced robotic cells to Flexible Manufacturing Systems, streamlining the whole production flow. Benefits may result in greater productivity, more flexible and compact layouts, smarter handling and logistics, or a wiser use of workers’ time. In a production world that has long been struggling with a labor shortage, robotic technologies are rapidly turning into commodities: the future is not in robotics per se, but in the quality and extent of robotics integration. In this scenario, Prima Power is set to make the life of manufacturers easier. No matter their challenges, OEMs and job shops of any size can all find the know-how and ideal technologies for their needs in one comprehensive single partner. Thanks to its complete range of sheet metal working machines and specialized Robotics Integration Unit, Prima Power holds a rare position: the fully in-house ability to always conceive and deliver the solutions that better answer customer needs. The acquisition reinforces the strong process-oriented approach of Prima Power. The new Robotics Integration Unit, born from the expertise of Sistec AM, combines with the wide portfolio of technology and software suite to exalt Prima Power’s role in industrial automation engineering. Prima Power is the “Process Solver”: the one partner to organize all production stages, from coil to assembly, and increase overall productivity. A boost for all automation solutions, robotics integration competencies are particularly pivotal to Flexible Manufacturing Systems, where scalable sets of modular elements offer businesses an array of decisive growth opportunities. Prima Power’s Robotic Bending Cells are designed to transform sheet metal fabrication by integrating advanced robotics with servo-electric press brakes and panel benders. This combination ensures high repeatability and a fast return on investment, making it profitable for both small and large batches. The flexibility of the standalone bending cells allows them to handle a wide range of materials and thicknesses and adapt to a wide range of applications. Their modular design allows for easy customization and scalability, ensuring they meet the specific needs of diverse manufacturers and job shops, regardless of their scale. With fully automated operation, high precision and optimized layouts, Prima Power’s robotic solutions increase efficiency, reduce errors and simplify factory integration. Prima Power’s Robotics Integration Solutions are designed to deliver greater efficiency, flexibility and productivity in sheet metal manufacturing. By seamlessly combining anthropomorphic industrial robots with a wide range of technologies into robotic cells or complete flexible manufacturing systems, Prima Power solutions optimize every stage of production, from material handling to assembly, while ensuring a compact, scalable and high performance system design. Prima Power’s in-house Robotics Integration Unit specializes in creating process-oriented solutions that simplify and optimize production flow. These solutions enable manufacturers to streamline production flow, reduce cycle times and improve overall output. End-user benefits include fully integrated material handling automation, flexible and modular configurations, smarter workforce utilisation, optimised layouts and improved efficiency. Prima Power’s Robotics Integration Solutions offer extreme versatility, handling a wide range of materials and thicknesses. With their modular framework, these solutions are easily customizable and scalable, ensuring they adapt to the evolving needs of businesses across various sectors and sizes, unlocking their full productive potential.

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IFS acquires TheLoops to launch the Industrial AI workforce

Thu, 26 Jun 2025 19:45:30 +0000

The first agent platform built for mission critical operations. New AI Agentic platform makes it simple to bring intelligent digital teammates into industrial workflows – contextual, compliant, and customer-centric from day one. IFS has announced the acquisition of TheLoops, a cutting-edge innovator in autonomous AI agent technology. By applying TheLoops agentic capabilities in the industrial setting, IFS becomes the first vendor to offer an AI Agentic platform built specifically for the mission-critical assets and processes that industries rely on. The IFS acquisition of TheLoops marks a shift from enterprise software that tracks work to software that does the work. It’s the first enterprise-grade AI agent platform designed to deliver resilience, productivity, and measurable ROI, not as a co-pilot, but as a co-worker, while keeping security and governance in check from day one. Mark Moffat, Chief Executive Officer, IFS, commented: “The opportunity AI presents to mission-critical industries is immense, but needs to be structured around real value capture. The agentic capabilities that TheLoops provides our customers will enable them to transform their processes, operational efficiency, and how they differentiate in the Moments of Service they provide their customers.” He continued: “Our customers can leverage intelligent digital teammates who understand their business from day one, agents that speak their industrial language, follow their rules, and operate securely in their workflows. With TheLoops, we’re providing a platform that makes Industrial AI agentic, actionable, and available—at scale. This is IFS extending its lead in Industrial AI.” TheLoops acquisition turbocharges the IFS solution, delivering a multi-agent environment where autonomous AI agents are not only composable and governed but also semantically aware of their operating environment. By embedding these AI agents across its industrial suite, IFS is creating a digital workforce purpose-built for regulated, asset-intensive sectors. Combining TheLoops AI agent platform with the IFS industry knowledge creates agents that: Understand the semantics of an industry and business Participate in real enterprise workflows side-by-side with humans Adhere to customer-defined security, data access, and compliance standards Collaborate with specialized agents across integrated domains The result is a new era of automation, where intelligent agents continuously search, reason, and act to streamline operations, increase capacity, and free up skilled workers for higher-value tasks. It goes beyond traditional AI’s pattern recognition and prediction to enable truly autonomous decision-making and execution. Somya Kapoor, CEO, TheLoops, said: “At TheLoops, our mission has always been to deliver AI that drives action, not just insight. By joining forces with IFS, we’re taking that vision to a whole new level. Together, we’re delivering AI Autonomous agents that understand the real-world complexity of industrial environments—what work needs to be done, how to do it, and how to do it securely, ethically, and at scale. This isn’t experimental, it’s transformational. I’m incredibly excited to bring this innovation to customers around the world.” Aly Pinder, Research Vice President, Aftermarket Services Strategies, IDC: “AI is disrupting our world, but nowhere is the potential impact more pronounced than in the Industrial setting. The IFS acquisition of TheLoops is addressing a huge opportunity for asset intensive and service obsessed industries, where agentic decision making will enable organizations to rethink their digital workforce, so they can improve the way they serve their own customers. IFS is well-positioned to lead this shift in each of the industries it serves—bringing intelligent automation that’s not just smart, but situationally aware and operationally impactful.”

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